...细菌均能在4～25℃生长,37℃不生长,推测菌株MY14011为嗜冷菌(Psychrophilies),菌株MY1402和其余20株菌均为耐冷菌(Psychrotrophs);大多数菌株为杆状,革兰氏阴性,抗性和产酶情况区别较大,大多数生理生化特性接近或相同;16S rRNA基因系统发育分析表明:1株菌属于色...
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This research aims to improve the treatment of low-temperature sewage by immobilizing psychrotrophs to the treatment system.
本课题组针对这一问题,将低温耐冷菌固定到低温污水处理器中并长期运行,效果良好。
参考来源 - 低温反应器中微生物脱氢酶活性分析·2,447,543篇论文数据，部分数据来源于NoteExpress
低温微生物的分布非常广泛，研究应用较多的主要是嗜冷菌和耐冷菌。
Halophilic Microorganism is widely distributed in globe, among which Psychropliles and Psychrotrophs have been much more studied.
低温微生物的分布非常广泛，研究应用较多的主要是嗜冷菌和耐冷菌。
Halophilic Microorganism is widely distributed in globe, among them Psychropliles and Psychrotrophs have been much more studied.
结果表明：与中温菌相比，耐冷菌在低温条件下能够生长并具有较高的降解能力。
All the results showed that, compared with the mesophilic bacterium, the psychrotrophs can respire and have a certain ability to decompose the organic compounds in sewage at low temperature.
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